shungun said:How can something with mass travel at the speed of light?
secondly specify if the mass is a magnetic material or if its charged ...
btw what is dimension dilation?
shungun said:Yes...what would happen?
hmm...for a start if you are talking about relativistic mass, nothing much i would suppose as photons have a relativistic mass and they travel through magnetic fields in Earth =)
if the particle in question is charged(i.e electron for example) it will perform circular motion and it is traveling quite close to the speed of light...
any other ideas anyone?
A magnetic field is a region of space around a magnet or an electric current in which magnetic forces can be detected.
A magnetic field can exert a force on a traveling object if the object has an electric charge or is a magnetic material. This force can cause the object to change direction or speed up/slow down.
No, a magnetic field does not have any known impact on human health during travel. However, exposure to extremely strong magnetic fields, such as those found in some medical imaging machines, can have negative effects on the body.
The main risk associated with traveling through a magnetic field is potential damage to electronic devices. Strong magnetic fields can interfere with the functioning of electronic devices and may cause them to malfunction.
To protect ourselves, we can limit our exposure to strong magnetic fields by avoiding areas where they are present, such as near power lines or medical imaging machines. To protect our devices, we can use shielding materials or keep them at a safe distance from the magnetic field source.